SA515370037B1 - Optical fiber distribution system - Google Patents

Abstract

A cable mount (286/686/786) for fixing a strength member ‎‎(526) of a fiber optic cable (514) to a fixture (210/410/510) ‎includes a front end (516/716), a rear end (518/718), and a ‎longitudinal channel (520/528/622/720) therebetween, the channel ‎‎(520/528/622/720) defined by upper and lower transverse walls ‎‎(531/611/613/731/733) and a vertical divider wall ‎‎(535/635/735). The channel (520/528/622/720) receives a portion ‎of the cable (514). A strength member pocket (524/724) receives ‎the strength member (526) of the cable (514), the pocket (524/724) ‎located on an opposite side of the divider wall (535/635/735) from ‎the longitudinal channel (520/528/622/720), the pocket (524/724) ‎communicating with the longitudinal channel (520/528/622/720) ‎through an opening (537/637/737) on the divider wall ‎‎(535/635/735). A strength member clamp (536/736) fixes the ‎strength member (526) of the cable (514) against axial pull. Cable ‎management structures in the form of spools (631/72

Description

_— \ _ Optical fiber distribution system Full Description Background This application claims precedence for US Patent Application Serial No./61 815 075 Filed YE April 7007 and for US Patent Application Serial No. OVA ALY /11 filed with VA Oct 7010 and their discoveries are incorporated into that document by reference in their entirety. oo The present invention relates to an optical fiber distribution system; stand included; Shishkin (Jalal) elements include restoration call terminals; Calli joints are strands of fibers. Fiber optic distribution systems include fiber terminations and other equipment, fale, rack mounted. There are different attachments for fiber optic distribution systems; Density includes; Ease of use; Cable control. One of the main concerns in overcrowded Ape rack systems relates to cable stabilization and strain relief for those cables that run to and from the installed equipment. It is critical to have an effective strength member that clamps tightly while allowing flexibility. Also for routing optical fibers of cables.For example, cable strain-relief structures for the relevant field ex Jie may not provide those structures shown in US applications Yet 7 VY states Al Licel and international publication A 011 A cv Flexibility VO cable routing that may be required in high-density systems It does not contain tension-release structures for cable such as those described in US Orders 177 TET/Y ONY and 06 13/7 101141 and Publication INTERNATIONAL 0375/7 on force member pockets that are separated by divider Adie walls from US receiving channels fiber optics where force members are securely fastened and can build cable controls such as rolls that connect to cable housing channels Direct the cables 0 up and J down through grooves between the turns (pulleys).

_ so

There is a continuing need for improvements in the fiber optic distribution area; Especially for

to cable tension release solutions for dense rack based systems. .

General description of the invention

One of the system procedures according to examples of discovery includes a buildable formwork component that is fixable to a rack or

© Post structure. Includes Se element and movable tray. The tray is movable

To the frame with a sliding mechanism that allows the tray to slide relative to the frame. The sliding mechanism includes a movement feature

simultaneous cable management running to and from the tray; So that the cable pull is less or not in places

A feature of synchronous motion includes a rack and pinion system. Another feature of synchronous motion 0 includes wheels and wires.

It is recommended that the tray include fittings for securing the ends of the cables; faults; and/or strands.

One mounting fixture includes a hole-style frame member for connector access. In one example; Complete

Provide two frame members with one of them positioned above 0. AY To improve access, the frame member is installed

detailed into Chinese. in peripheral systems; The adapters are arranged so that the connecting Vo axes are horizontal and extend in a direction perpendicular to the tray travel direction.

Each frame member can be populated with matching moulds. Direct the jumper cables to the adapter ports

In adapter blocks for fiber optic cables terminated with iron connectors

are received there. The cables follow a comprehensive 5" passage from the side of each element to the dies

Adaptations. The 5-way has two levels inside the tray to isolate the cables between the two frame members. Various flanges can be equipped with radius limiters to assist with

Cable management.

Items can be stacked in a column with each al tray installed, or used in a group or template

Installed vertically. In the case of the Items column, a selected tray is pulled outward to access

Chinese required; The two frame members can then be pivoted to the tray as needed.

Duffle

— ¢ — one side of each element can be for patch cables and the opposite side can be a cable end for an incoming cable; Jie distribution cable “or JS feeder cable due to its synchronous motion feature;” Cables can be installed along the sides of the elements and still allow for sliding movement of the trays without the need for bulk or any cable slack. 0 The tray and frame allow easy top and bottom access to connectors on the JS on either side of the adapters.

Slots are provided in the bottom of the tray for manual access upon request. Cable anchors for distribution or feeder cables can be spun-bonded to elements and/or ie in a longitudinal sliding anchor; It includes strength member clamps and .cable clamps

Sa Ys Manage loose cable assemblies with cable rolls or other cable guides Jie Flexible grooves. The elements can be configured as desired and form the building blocks of an optical fiber (ODF) distribution system. When the elements are installed in a column in a rack; The cables can be placed in vertical cable guides for entry and exit of the selected component.

1 example stand accessible from the front; However; Items can be used in stands; tires; Cabinets or box containing od where access from the rear is desirable or useful. According to the AT facet, the current list goes to a cable anchor configured to attach a fiber-optic cable reinforcement member to a fixture. The cable anchor has an eld end, an als end, and a longitudinal channel running between the front end and the back end; The longitudinal channel is defined by two transverse walls, upper and lower, and a partition wall

vertical strength » The longitudinal channel for receiving part of an optical fiber cable. Yo-bomb pocket to receive the jumper for fiber optic cable; a member pocket located on the opposite side of the divider wall of the longitudinal channel; The sinus of the stiffener connects with the longitudinal channel

f

Com through a hole prepared on the partition wall. The stiffener clamp is configured to hold the reinforcing member of the fiber optic cable against an axial pull relative to the cable anchor. The present disclosure addresses a method for clamping the reinforcing member of a fiber optic cable to the AT according to the clamping face. The method includes insertion of the front end of the optical fiber cable through the longitudinal channel of a cable anchor (gage in which the longitudinal channel is defined by upper and lower transverse walls and a divider wall dnd) on © insertion of the stiffening member of the optical fiber cable through an opening on the vertical divider wall into a pocket placed on a side opposite to the dividing wall of the longitudinal canal; and clamping the reinforcement member of the fiber-optic cable against an axial pull relative to the cable anchor. Sets the channel Lala to be installed. The cable anchor includes a front end, end 0, upper and lower cross walls, and a vertical divider wall. The channel receives part of the cable. Reinforcement member pocket receives the cable reinforcement member; The pocket is on the side opposite the partition wall from the longitudinal channel; the pocket connects with the longitudinal channel through an opening in the partition wall. A reinforcing member clamp secures the cable reinforcement against an axial pull. Cable management assemblies in the form of rollers designating at least one segment connected with the longitudinal channel to guide optical fibers extending both from an up- or Vo-down jacket through it. The cable anchor also allows routing of the optical fibers through the longitudinal conduit all the way from the rear end to the front end. Optical Fiber to JS The present discovery addresses a method for fixing the AT reinforcement member according to the face of the fixture. The method comprises insertion of a front end of the optical fiber cable through a longitudinal channel of a cable anchor in which the longitudinal channel is defined by upper and lower transverse walls; insert dnl member) on “01” the jumper of the optical fiber cable through an opening on the vertical partition wall into a pocket on the opposite side of the partition wall of the longitudinal conduit; Clamping the stiffener of a fiber optic cable against an axial pull relative to the cable anchor; Optical fiber routing that extends from the jacket of the optical fiber cable both up and down through at least one slot that is defined between cable management fixtures in the form of rollers or through the longitudinal channel all the way from the back end to the end Ye the most important

h —_ _ front. Brief explanation of the drawings Fig. 1 is a perspective view of a first detailed description of an optical fiber distribution element according to aspects of the present discovery; © form? is an overhead view of the element in Figure 1; figure © is a perspective view of the element in Figure 1 showing the tray pulled forward from the frame; Figure shows; A tray frame member centered upwards from the tray; The © figure shows a second tray frame member centered up from the tray; TSE shows part of a cable management area in the element in Figure 1; 0 Figure 7 shows a scene similar to Figure 1; with one of the frame members centered upwards; A las A detail shows an item replacement with different cable management at the insertion points; Figure 9 shows three of the elements in Figure A held in a block configuration; with radial limiters for cable at the insertion point installed in an alternate position; Fig. 0 is a perspective view of the die in form ¢q V0 Fig. 11 is a view of the die in od form with the middle element tray pulled forward to reach the ends of the fibers; Figure VY shows an enlarged portion of an entry point for one of the elements with a cable radius limiter in first position; The VY figure shows a similar scene as the VY figure with a cable radius limiter placed in Yo. Alternate position; Important

The VE figure does not show a cut-out view of a cable anchor; Figure V0 shows an element with a cable anchor on one side; a radial limiter for a cable on the opposite side; An alternative JS installer is shown in Figure 11; © Figs. -117 shows 79 different views of the items shown in Figs. 16 -1, including additional details and cable routings shown for illustrative purposes; Figure 30 shows a detailed alternate description of a template for two replacement components; Figure TY shows a tray pulled forward from the frame of a die element in Figure Fy Figure YY shows a tray Sones forward as seen in Figure FY) with one of the members 0 of the frame pivoted upwards ; The TY shape is a view identical to that in the FY shape with a second frame member centered upwards; Figure 4 appears. A template with two elements; Figure Yo shows a collapsible view of the two template elements in Figure 4?; Figure 1 shows a single element; VO figure YY shows a lobed view of the element in figure OF YA figure shows the element in figure 77; without the top cover; Figure TA is top view of element in OFA format Figure 560 is alternate view of element in OFA format Showing alternate Seal at cable entry points; Figure 1; is a top view of the element in Figure 0 6; 0 shows a figure ?; An alternate detailed description of an object in an overhead view with an alternate simultaneous motion attribute; Important

m _ $V figure is a perspective view of the element in Figure 47; figure shows ;; and 45 movement the different components of the synchronous motion feature that in Figures SEY for Figures 76 are shown; and £V an element with an alternate radius limiter at the cable entry and exit positions; © Figure $A shows a right side view of the cable anchor in Figures SYA TY ST 4 isolated; Fig. 9 shows cable anchor in the form of $A with radius limiter including eagle didi friction members The radial limiter is also visible in Figs. 01 ?- 27 and 8 ?- (FA Fig. 00 shows a perspective view Left side of the cable anchor of Fig. 49; {parade in config. 050 - 0 shows the cable anchor of Fig. 8; 0 of the cable anchor of Fig. 48 - 0 (attached to a fiber distribution element lag) OF Figure appears

A single optical EY with similar characteristics to the elements shown in Figures 0 ?- in stacked systems; OY includes a template of four of the elements in Figure OF Figure 0 - 48 shows the cable anchors of Figures ag) each of the Vo elements Figure 08 shows a left front top view of an element An alternative fiber optic distribution includes a JS anchor with JS routing anchors with features that are examples of innovative aspects according to the current finding ¢ Figure 55 is a top view showing a close-up of the cable routing anchors in the cable anchor for the element in Figure cog 0 _ Figure 07 is a detailed perspective view of the AT detail description of a cable anchor configured to install cables to telephony equipment Jie optical fiber distribution elements in Figures = SEY Figs 5-00; the cable anchor is shown with ea of cable jacket; The most important

q —_ _ oY The cable anchor of Figure 807 shows a fully assembled configuration; Figure OA is top view of the cable anchor in Figure oy Figure 59 is lower view of the cable anchor in Figure ov Figure 10 is right side view of the cable anchor in Figure ov 0 Figure 11 is the left lateral adie of the cable anchor in ov Jal fig. 17 is the front view of the cable anchor in fig. oy fig. TY is the top view of the base part of the cable anchor in fig. cov TE JS is a front view of the base portion in Figure CIF and Fig. 15 is a left side view of the base portion in Figure SY A and Said description 1: now referring to Figures VT) showing various detailed descriptions of a fiber distribution element Optical 0 or Element 01. Elements 01 can be installed monolithically on request to telephone communications equipment including (dan) frames or cabinets. Elements 01 can be installed in groups or VY blocks forming Ls In a detailed description, a vertical bundle of 01 elements houses an optical fiber distribution rack 1. Each element holds 01 fiber terminations, or other fiber components including fiber joints and/or fiber strands.In the case of fiber terminations; Inbound cables are connected to outgoing cables through conductive cable ends (connectors are placed at the ends) connected to adaptors; It will also be shown below. Each component includes 01 body and ALE movement tray; 7. Tray ALE YE for movement with a Yo Yo sliding mechanism comprising one or more ¥Y gears and a set of two toothed racks or two linear members ooyy ye for synchronous movement to manage cables running to and from the tray; 7. 70 points sliding mechanism provided allows the input and output cables associated with each element to be clamped 01 input 376 on both sides of the chassis in synchronous motion 0 ratio associated with each YA sliding mechanism LY radial limiters move without causing warping; or cali) to keep YE and tray 01 slack to frame fiber compression or withdrawal. 0 fiber splitters; call specifies one or more terminals 00 YE mounting fixture each tray includes OY allows 00 adapters or other fiber components. Apparently; The mounting assembly ald oT strands hold one or more YE frame members at an interconnection of two conducting ends of the cables. Each tray in the example shown includes; Frame organic 276 is equipped. As shown; Each frame member 576 is articulated OA 07 frame members mounted in YE joints Each clad tray includes an A. 0 bonded 00 mounting assembly houses LTE over a lower frame member TY One or more integrally formed upper frame members are placed. It includes 71 adapters TE 77 in each of the two members of the frame, a collection of compatible ports for interconnection with optical fiber connectors. The Vo pass defines matching templates as it appears; Includes .71 to FA matching dies generally 5" VT radial selectors

VI ed) from Af and lower level 668 in the sub. The VA part is placed upper level (VT ad) Vo to avoid potential damage to cable withdrawal during pivoting movement of the oA members adjacent to the joints and the 960 radius limiters keep the cables in the lanes AT flanges ela Lo frame Tala 70 including Chinese; 7 holes 96 to allow the technician to access the cable ends in the matching dies of the two frame members 01 also for the technician to access the conductors. T additionally; The shapes of the letter 0 are easy as desired. 01 can be used with a cable clamp 01 cables extending to and from element bla) Vo can radial limiters 2) oY radial limiters can be used Additional protection of fiber runoffs with a cable winding additionally to support and protect the cables. Various examples of cable routings are shown for item 79 - 117 by now referring to figures Lann

-1 \ —_ If required one or more feeder cables can provide cabling for more than one element Noe Referring now to Figures = cf) Various additional detailed descriptions of the elements are given. 011 Element 701 houses a frame 771 in the ALE tray for the Bide YYE movement with a YY sliding mechanism that promotes © simultaneous movement of 4?7 radius selectors. Each TYE tray includes two hinged Hla members 7576. Each You Frame member has a center section 1110 separated by holes 7717 from the Lula parts 4 . The 7760 midsection can hold two fiber terminals. YE sides have YY radius guides; YT cover goes over the tray; YY Attaches VIA tray latches 4 07 to cap 911 in the closed position. Yo lane TYT extends from each side of the tray; 77 To supply cables for each of the trays YY Top level 4 and bottom level YA Organic Frame You supply the associated cable tie . then identify jee in the form of a general letter 5 where corridor 7776 passes close to the hinges YOM a Gnvarian force YAA is used to hold the cable anchors TAT and the radius limiters JAE slot 790 allows in the tray; 77 by the arrival of the technician to Mosul. likewise; The 717 holes on each VO YO frame member allow the technician to access the individual conductors. To construct a YAY configurable to combine + “YY elements,” rods 794 and fasteners 51 are used. Rods 794 give a small spacing between each element .701 Referring now to Figures 7; - fo An alternative sliding mechanism YY has been demonstrated in a replacement element FV The sliding mechanism TF allows movement of trays and related radials and simultaneous movement Yo similar to the sliding mechanism YY oF incorporating the alternative sliding AT FF two wheels 77 and two wires 4 ?; YY The two wheels 77 are placed on a second part 7?7. The wires were energized in opposing directions and connected to the first part Yee and the third part Eg Drefl

-?1- Referring now to Figures £7 and 47; An alternate radius limiter 471 is shown on a replacement element LE) The radius limiter 10 comprises friction members 470 that limit the amount of sliding travel for cables passing through radial limiter 0047 to aid with cable management. The friction members comprise 00; flexible fingers that lightly press the cables in the © radial limiter $Y. To reduce or eliminate the sliding motion of the cables in the radial limiter EY Referring now to Figures 8;-0) one of Cable anchors 787 are attached to elements 701 in Figures 17-?? and FASTA in isolation. It should be noted that although the TAT Cable Stabilizer is shown as part of Fiber Optic Distribution Element 701 in Figures 0 59-300 the Fiber Optic Distribution Element 701 is simply an example of a telephone communication system; fixation or locks with which the YAT cable anchor can be used. The YAT Cable Stabilizer includes innovative faceted features in isolation and can be used on other types of fiber optic distribution elements. (JB) Figure OF shows a pair of cable anchors 787 attached to an optical fiber distribution element 501 that is different from elements 701 and 400 in Figures 7-70; but has similar characteristics Vo to those elements 701 and .4001 shows Figure 507 WE oF consisting of four of the 501 elements of Figure OY in stacked layout; each element includes (lag) ©01 from the YAR cable anchors Now referring to Figures 44 - 500) Configuring the YAT cable anchor to install an incoming cable ie distribution or feeder cable 006 to the side of an element such as element 001 . Each TAT JS anchor defines forward ways 0 050 and rear end 2008. Cable anchor 787 is configured to receive the incoming cable 516 through rear end ©0186 for cable anchor .2006 as discussed further; The YAT cable anchor specifies a jacket channel 201 jacket channel to house the oY jacket the incoming cable 05146 the pocket of the OYE jumper to receive the 2776 jumper the incoming cable co) and a fiber channel 7e to receive the loose tubes carrying fiber oF protruding from end BN 077 Cable 4 .01 defines yo channel jacket ov. fiber channel oYA upper and lower cross walls (OF) and divider wall OY for bolt anchor yy

Cable YAT Reinforcement pocket marked; 57 on the opposite side of the dividing wall 8.070 JAY

Clamping the OFT Ll member into the OVE stiffener pocket through hole 577 placed in

Partition wall OVO

According to the detailed description drawn; The cable anchor 787 is configured to be installed in a sliding fashion to © 788 Ganvar fixtures in items such as items 500 701 and .001 as shown in

Figures 50 and 0) Each YAT JS stabilizer defines interlocking features in the form of a Ganvarian force 577

It engages with combinations of the Gnavarian hypotheses (YAA) of the elements. 787 cable anchors are installed to

Ghanaian nuts YAA by sliding the cable anchors 787 backwards over the Ghanaian nuts 74848. Specifies

Front end 506 of each cable anchor 787 Positive brake 574 abuts front end of Ganvarian force YAA 0 to restrict axial pull on cable ©0106 once reinforcing member 5776 of cable 594 is clamped

using the 745 Cable Stabilizer. Note that the slip-force engagement is one example of a combination

Can be used to attach cable tie 7487 to an item such as items 400 0701 and aly 001

Other types of interlocks (which restrict a coaxial withdrawal onto a second cable) may be used.

As noted from the above; The YAT Cable Stabilizer is configured to install or Jad the Relay member 577 of an incoming cable Vo ?0d to restrict axial withdrawal on the cable ? 20 for optical fiber protection. Specifies the stiffener clamp

For cable anchor 787 OFA base and mounting plate 08 clamped to it through Ld clips

7 . Rule 274 is also referred to as a first clamp member (HEY) to a board

Fastening 500 as a second clamping member to the OFT stiffener clamp

Once the OY stiffener of an incoming cable 506 is inserted into the OVE stiffener pocket through 0 hole OY the OY stiffener can dad between the first and second clamping member amy 08h OFA

pocket stiffener; 5*7 and oF stiffener clamp for cable anchor part 577 insert for cable anchor

7 so that the oF clamp does not interfere with the slidable installation of the cable anchor 797 through

OFY overlap attributes

The most important thing is the yg carrying the optical fiber from oF + so that the single tubes are isolated YAT The cable stabilizer is designed

LY) Tube-carrying fiber 570 is routed through the LoVe conduit of the cable's 5077 stiffener.

OVE from the pocket of the OVO stiffener located on opposite side of the partition wall OYA also features for US 787 pipe routing also referring to Figures 4;- (0) identifies each stabilizer

YAT JS protruding from the incoming cable jacket 577. Each stabilizer includes oF. fiber tubes © OFT routers define two front fiber routers top and bottom ;; 5 and two rear upper and lower cable guides that allow the fiber-carrying tubes (OF) cable 546 547 pin 5048 in distribution walls to be frictionally aligned in which they extend to different positions around the distribution block © 2\Y block attached in the format compiled into YAT by now referring to Figure 07; A pair of 0 45 ott fiber guides shown. The fiber guides for the .001 single fiber optic distribution element and the lower guides of the TAT anchor are designed to align with the upper guides of the cable anchor's YAT anchor around the elements. 5700 illustrates to form lanes for routing YAT fiber pipes adjacent cable Example of configuring a pipe routing using fiber routers 544 2476 for cable anchors Figure oY Pins 548 specified by fiber routers allow 544 046 for fiber pipes 787 . VO of cable anchor OYA to fiber channel YAT of particular cable anchor oY A to extend from fiber channel 9 in combination with adjacent upper or lower YAT 787. Fiber channels 278 allow cable anchors to extend ore The 048 pins specified by the fiber routers 544 071 for the tubes carrying the fibers directly up, straight down, diagonally up, diagonally down, or directly through them after entering the channels of which in Figure 501 is an example of routing a tube for four of the elements oF Fiber 078. Figure YL showing TAT shows a pair of cable anchors 001 stacked in die formation; each element includes an OY touch The different angles that the pipes can take 570 after leaving the cable jacket oF Figure 7876. Using cable anchors 7 also includes a radial limiter anchor YAT as shown in Figure 089 Each cable anchor can be used to install Radial selector 057. The selector 206 can be adjacent to the front end 10 YO important yoo and can £Y radial 00 similar to the radial selector £70 shown in Figures 61 and which passes through the selector oF Includes 554 friction members restricting the amount of sliding movement of the radial tubes 00) to assist with cable management. Friction members 4 55 can also be included in the radial limiter 207 to reduce or eliminate 570 fingers pressing lightly on the tubes in the radial limiter 00 the radial limiter 571 can be seen sliding movement of the tubes © and 24 -748 from this discovery. 37 FL shown as £9 also in Figures 7 By now referring to Figures; 5 - 05; An alternative detailed description of a front fiber optic distribution element is shown in Figure 4 5. pal shown from top view; 101 element 0 shown for those of the Ales cable anchor with TAT JS features In order for the anchor 701 to include the left side of the element the cable anchor Jie the cable anchor 01-EA and FA STA FY FL shown in Figures 0 787 has a distribution or feed cable to the side of the element Jie As previously discussed; To install an incoming cable TAT in Figure 54 with a variant of 101 although the right side of element 0 is shown. The TYE cable routing 184 configured to route cables to tray 601 can also be used. Right side of element TAT Same assembly as cable anchor Jacket channel 177 to accommodate incoming cable jacket; And a jacket of a stiffener for receiving TAT Specifies the cable anchor Vo for fibers protruding from Alla and fiber channel 778 for receiving loose solitary tubes cold) Cable stiffener incorporating a channel 117 611. Upper and lower cross walls 677 Bal cable jacket end. Specifies a channel in which to route cables to different desired directions 171 pairs of cable management combinations 178 GLY (601). Element TYE where cables route toward a tray entry point Stiffener pocket located on opposite side of partition wall 175 The stiffener is inserted into the Yo and thus is isolated from the IYO located in the partition wall TTY the stiffener pocket through a hole so that the single tubes carrying the TAT are isolated the tubes carrying the fibers. The optical fiber cable anchor is designed for the cable reinforcing member. The fiber-carrying tubes are routed through the fiber conduit from the pocket stiffener. YO which is placed on opposite side of the partition wall.

Cyne inserts the cables and may be installed to an FY cable guide after routing the cables around the cable management fixtures from two JS routers cpa installs as TAS and a lower TAY cable guide top cable guide can be Cable guides 1710. or both together flush with the chassis TAS TAY cables and away from it along a plane generally parallel to the level 171 flush with the chassis TAG (TAY) routing the cables to the TAG TAY pivots allow the cable guides TYE Determined by tray sliding direction © Fastened to TPA sliding mechanism of radius limiter assembly 179 YY External and internal ducts with cable ties; Jie in various ways TAO 787 Cables can be fixed to routers . 101 Element When the cables are routed to the external and internal conduits Xa Snap-fitted elements...etc. By the movement of the cables TAS CITA the two guides TTA can be anchored to the radial limiter 179 7

jed) installed 0 in the example picture; The lower cable guide 185 is shown anchored outward to route cables into the duct The upper cable guide 187 is configured to route the outer TTA cables 177 of the radial limiter

TAS 5487 Allows the orientation of the two STFA guides towards the inner raceway 179 of the radial selector

SIVA by disconnecting the cables with their orientation within the desired ducting of the radial limiter extending from the vicinity of an outer end 777 to the vicinity of the 175 Lelie wall TVA incorporating the radial limiter V0 according to one of the detailed descriptions; Divider 175 does not extend all the way to .171 inner end forms the wall IPA of the radial shaped limiter No 177 771 the inner and outer ends isolates the two streams 671; .179 CITY divider 175 of the radial limiter 1748 separate ducts into two lanes 101 separating the cables (incoming and outgoing for example) for element 4 The two ducts 7717 179 can route distinct JS. According to an example of a YL routing configuration specific towards the back of tray 4 17 While TAY 7974 keeps the cables to the top and bottom levels, the two pedestal cable guides on the Fig. 5 corridor 1776. 101 arising within the element allow proper cable separation and routing when used with a radial limiter such as the TAO (TAY) limiter. The radial determinant 1748 in Jie discussed more details of the radial determinant LITA, the most important of which

l \_ the present application in the provisional US patent application serial number AY [TY 08] filed concurrently with this document; It is the application that has been merged here by referencing in its entirety. Referring now to Figures 7- To a detailed description AT of a Glow VAT cable anchor is shown identical to that of the cable anchor 787 shown in Figures FA FY =F 39 and 01-8 and the cable anchor TAT Shown in Figures 00-5. As described above in connection with other detailed descriptions of cable anchors; Although this VAT cable anchor is shown and described here as part of, or usable with, a fiber optic distribution item Jie item 701 in figures SE) -718 item 101 in figures c00-0¢ The fiber optic distribution components 701 and 101 are simply two examples of telephony systems; fixations The Glew VAT cable anchor has innovative isolation facets and can be used on other types of fiber optic distribution elements. Referring also to Figures 57- (To as in the YAT and STAT cable anchors Configure the VAT cable anchor to install an incoming cable Jie distribution or feeder cable 506 to the side of an element such as the oY element or JY 0 Cable Anchor VAT identifies Base Part 700 and Fiber Route Part 707 configured to attach to Base Part 709 with a threaded interlock. Base Part 700 of the YAT Cable Anchor is shown isolated in the figures le =v As shown in Figures (To-01) the fiber routing part 7007 identifies flexible veo cantilever fingers with sata 7097 loops configured to be received within the slots of Ved p. 9 on the hub part. 71.1 When the fiber routing part YoY is equipped with Shin relative to the base part 70 the two parts 701 and 707 jointly form the cable anchor VAT as in the cable anchors 7487 and TAT described aT includes the cable anchor VAT Features for securing or clamping stiffener 077 to an incoming cable 00 for restricting axial pull on the cable 50 for securing an optical fiber Specifies the stiffener clamp 7776 for the VAT cable anchor Interaction of part (ie clamping surface screw

-1- THROUGH 700 configured for clamping against the base part VEL and mounting plate Ve) of the base part VTA below. lad The clamping of the stiffener 777 (VEY fastener) will be described in more detail Gusset Clamp VIA The part of base 017 that forms the clamping surface may be referred to as a second clamping member of the stiffener clamp 140 as a first clamping member and the fixing plate may also be referred to

NYT0

VAT Specifies anterior terminal VAT Referring also to Figures 15-57; Once the cable anchor and rear end 7178 are assembled the cable anchor 787 is configured to receive cable coming through the rear end The VAT channel in the cable anchor 700 identifies the base portion (TAT) as in the cable anchors 787 and VY A To accommodate incoming cable jacket. Reinforcement member pocket 4 77 identifies base part to receive member 710 jacket to route Glew VAT into cable anchor 107 for incoming cable 014. Routing part oY includes reinforcement 0 loose-bearing tubing Single fiber 570 to desired directions as the fibers extend toward the tip

NAT for Cable Anchor 706 Front Split 5 ?No Joa Separate YTV 771 Define Jacket Channel 7750 Upper and Lower Cross Walls from Reinforcement Pocket 4 77. Reinforcement Pocket 1771 is Selected for Cable Anchor 787 The mantle channel identifies the 5th partition wall of VY. From jacket channel 1775 on opposite side of partition wall 77140 when the YY is received with the pocket of the stiffener 771 through which the jacket channel is connected to the YTV hole the reinforcement member 577 of the protruding cable from the VAT is inserted to VIA cable anchor rear end JS before clamping with YTV clamp through hole VYE jacket 799 cable in stiffener pocket

IY Reinforcement member for fixing to VAT for cable anchor 700 According to the detailed illustrated description, the base part 0 is configured with a bolted gear. As it appears the base part specifies a lever 101 or ©01 Equipment such as elements for interlocking with the VAT for the VAT cable anchor adjacent to the front end 707 with a sloping eye 711 cantilever for the (V) anchor can be Provide them with a piece of telephony equipment. The base segment configured 700 interlocking segments along the base segment 711 also defines VAT cable clips equipped on intermating structures for sliding interlocking with Yo-bolt interlocking fittings.

-1- In a slippery form, YAT, telephony equipment. in this way; Cable anchor TM 2.701 can be attached to a piece of telephony equipment before locking it into a slot specified by the equipment to the cantilever arm, for example; In figures 48 -5©7 relative to the cable anchor clin an illustration of interlocking mating fittings however; It should be noted that in the present Detailed Description of Cable Anchor .001 and Item 2 instead of being equipped with VAT interlocking clips on Cable Anchor 715 2857- the slots © are equipped on the telephony equipment. Accordingly, the assemblies that mate with the interlocking points can be equipped from that. Just one example of an attachment mechanism that can be used to secure a cable anchor Other types of attachment mechanisms or methods (which als 101 and 201 40 Ye 0 constrain an axial pull on an anchor cable) may be used in a cable. dad to install or VAT as noted above; The cable anchor is configured to maintain optical fibers. Once member 51 has been inserted to restrict coaxial pull on cable 206 incoming Lad can VYV through hole VYE into pocket of reinforcing member 506 Relay 577 in incoming cable

YE and mounting plate Ve) between the clamping surface 778 defined by the base part OFT the stiffener VO along the underside of the base part 17749 defines a groove YEA part of the clamping surface .577 can be for Correct positioning or alignment of the stiffener 0 When clamping VEY to receive clamp VEY threaded hole VEY clamp anchor 1600 Mounting plate spanning VAT identifies a through hole VEY) identifies clamp anchor .700 relative to the base part VEL of the mounting plate to receive member VET longitudinal axis length of the mounting plate (generally perpendicular to the threaded hole Yo relative to the base part VE of the clamping plate VEY of the cable. At Clamp use oY In-hole stiffener Js VET At least part of the clamp can extend through the threaded hole 70 OFT through which the stiffener 1707 can pass through CED. size

VY that extends at least partially inside the VEY hole without interference from the clamp, the most important of which

The VEY clamp anchor to the VEL mounting plate extends from the top of the mounting plate 1600 to a portion of the mounting plate 7460 that defines the 5©?7 clamping surface. The clamping surface 745 of the mounting plate 7400 is configured in order to sip against the clamping surface 78 specified by the base portion Ve) in the clamping stiffener 577 of the cable. Asl notes The clamping of the mounting plate VE against the base part Vo is accomplished using the clamp VEY 5 that screws together with the clamp retainer VE (which pulls the mounting plate towards the base part LV) fixes the base part . 700 holes 707 configured to house and receive the VEY clamp anchor with the VEL mounting plate pulled up relative to the base portion yo) The 707 fiber routing portion of the YAT cable anchor is configured to receive and route fiber carrier tubes 0 by JS installed using cable anchor 7487. The fiber carrier tubes + oF 0 are routed up a slope YAY specified by oda fiber routing 1017 after the OFT stiffener is disconnected from the cable aie It has been inserted into the pocket of the stiffener; VY Partition Wall 7705 keeps the fiber-carrying tubing 0 and the cable jacket separate from the stiffener pocket; YY Same as in the detailed cable anchor descriptions discussed earlier. in this way; when cables are subjected to pulling forces; Je The fiber-carrying components are removed from the portion of the cable anchor that clamps the stiffener. V0 Referring also to Figures 57 - To The fiber routing part 07 of the VAT cable anchor identifies the 709 clamp anchor. The 709 clamp anchor identifies a 771 pocket to house the 777 clamp header. Clamp anchor 4 allows the VEY clamp to pass from the fiber routing part 1707 through the hole of VAY base part 701 into the VEY clamp anchor in the VE mounting plate with the VEY clamp screwing relative to the routing part FIBER 707 The mounting plate VE is pulled towards the base part Vo) to clamp the stiffener 071 0 0 between the two clamping surfaces Yeo yg YYA Referring also to Figures 10-01 as noted above; The 707 Fiber Routing Part of the YAT Cable Anchor incorporates features for routing loose tubes carrying a single fiber 2760 to various desired directions as the fibers extend toward the VT front end of the VAT Cable Anchor The 707 Fiber Routing Part specifies JS drive assemblies in the form of rollers The 777 is configured to route the 210 Yo fiber carrier tubes into various desired directions without violating minimum bending requirements. Important yy

Also san 7717 pulleys can include 779 flanges to keep the fibers inside the fiber guiding part

VAY Fiber Routing Part 707 also specifies breakers 751 adjacent to front end 7776 of the stabilizer.

Cable 7/85. The VO cutters, together with the VYY rollers, direct the fiber straight forward with an approach

Fiber from the front end 7776 of the cable anchor. The 751 cutters also specify 779 flanges to keep 0 fibers between the 751 cutters. Lad for Vo cutters and Tae YTV pulleys can be referred to as cable routers.

An assembly of vod fiber channels is formed between pulleys 777 and cutters 170a. VY flanges facilitate

Pulleys and Cutters 751 help keep fibers within desirable fiber channels od

As «san Vor fiber routing part can specify a slot or slot VAY between pulleys 7717 what

Allows pipes carrying fibers 571 to fit through and extend to different positions around element 0 distribution.

As in the detailed descriptions shown in Figures 57 and 08, VAT Cable Anchors can be used.

In a stacked configuration where two or more VAT cable anchors can be stacked along a top-to-bottom direction.

The 707 fiber routing part is specifically designed; pulleys 7717; The specified VAY gap between the rollers

71 and breakers 751 to allow fibers to be routed to different locations around an element or to different Vo elements. The 707 fiber routing part is configured to allow the core fiber-carrying tubes to extend

straight up” or straight dal or up diagonally” or down diagonally; Or Hate through it after passing through

through the voy incisors

In the detailed description of the VAT cable anchor shown in Figures 159-570; Orientation part is equipped

The 703 fiber as a separate assembly from the VY base portion of the VAT cable anchor and is attached to the base Y portion (Ve) with a threaded interlock. The two parts are prepared as separate installations so that they can be used

Base part 100 with fiber routing parts of a different configuration than the 7007 fiber routing part shown

In shapes o-oo the separation of the two stems (Ve) and 707 allows variability in the design of the steering part

fiber based on the type of cable used. For example; The number and combination of VYY rollers may vary

and/or cutouts 751 depending on the size and number of fibers of the clamp.

The most important

_— \ \ _ Figures 159-57 show a portion of jacket cable 799 inserted into jacket conduit 7780 between the upper and lower transverse walls (VY) 777. Also shown next to the back of the VAT cable anchor Part 58 identifies the two walls 771 177 buttonholes The VAY ramp is configured to receive Cable Jacket 7995 in SnapC format. Adjacent to the JS of the two wall parts 795 the base part 700 of the cable anchor Lad VAT © includes YYY cable tie—wrap pockets to enable the cable jacket 1449 to be secured with cable ties. in all two parts of the wall 795; VAY premises for receiving VAS cantilever fingers of the VV cap assembly were also specified according to certain detailed descriptions; For cables that may include soft stiffeners in the form of aramid fibers such as Kevlar, the 0 soft stiffeners can be wrapped around wall sections 1795 and can be held against it with a YA cover fitting even though it is in the description the previous; The terms Jie “above”; The cable anchors described herein are in any orientation; sl on the desired application Yo. Having been described as one of the preferred aspects of detailed descriptions of the present discovery, it may easily be shown to a person skilled in the art modifications and analogues of the concepts discovered. However, it is intended Such modifications and counterparts are included within the scope of the claims appended hereto Part List Yo Yo.

R© sliding mechanism TY gears YE carrier © input pickup YA 0 radial limiters

ENEWS

OY Adapters 1 Frame Member 07 Shaped oA Hinge 0 17 Upper Frame Member TE Lower Frame Member 0 VY Adapter Blocks Ve Connectors YT Yo Cables YA Passenger Upper Level . lower level 64 part AT lips sory

And

4 radius guides 73 holes 0_JS anchor 0" cable roll

0110 radial delimiters 0 element yy.body;? Lina 00 verse SY

178 0 0 Radials 7 members YON frame 0 joints 0 middle part YAY slots

1 714 side parts 1 cover 14 latches 0 radial delimiters YY pass

cancel

E01" 74 _ YAS upper level YAS lower level radial guides 7 cable anchors © YAA Ganvarian force Ya. yay hole mold 84 bar 7 clips 20100 element © YYY sliding mechanism Wheels ;_ wire vr wire No 3460 first part VEY second part 64 third part 0 EY element radial limiter, the most important of which is a. Friction members 0 element 0 mold 57 cable 84 front end of cable anchor oN 0 rear end of cable anchor 0A basa oY jacket oYY stiffener pocket 4 stiffener 277 00 fiber duct 0 tubes ov. Lower and lower 571 Ghanvarian force engagement features OTY Part insert OFF Do Positive brake OVE Divider Jaa 58 Clamp Reinforcement member 7 holes in divider wall OYY sory

to

OTA .Base Clamp/Senior Member

6 mounting plates/first clamping member

57 clamping clips

4 alll upper and lower front guides 0465 _ upper and lower rear GL guides

0 assumptions

6 radial dae stabilizer

7 radial selector

54 friction members 1,100,000 components

IN) upper transverse wall

VY lower transverse wall

0 structure

71 inner end of radius limiter 0 177 jacket channel

YY The outer edge of a radius selector

IVE tray

5 Divide wall of radius delimiter

171 external ducts

set yA fiber channel 174 inner duct 4 cable management combination 11 dS wall divider for anchor 5 add 177 0 diagonal cual limiter TTA lane 1 upper level TVA lower level TAS upper cable router 18700 0 cable router 84 lower cable router TAC cable anchor TAT

JS Base part for Ve anchor) Fiber routing part for VOY cable anchor 1 Cantilever finger 08 Raised eye 6 Cantilever arm 791

Sadie Orwa VI

Sow

—v4—

711 clips 7 front end RY slot VIA rear end

2195 _Vy fiber routing part clip retainer. Jacket duct? Reinforcement member pocket 71 with 4 flanges

271 0 0 Upper transverse wall 7" lower transverse wall YYO partition wall 7 clamp stiffener 71 holes

bad _ Surface YYA No Groove 4 Fixing Plate 0 Clip Fastener VE lie VEY

oovy

for VEY threaded hole VEO mounting plate clamping surface vo) cutter 4 fiber channel oo 7617 YVY hole punch JS tie-roll pocket 4 VAT cap assembly YAY sloping clamp anchor 284000 Cantilever toe (VAY Lap Ya) sloping lug Parts of upper and lower transverse walls for vad vo slot/hole _cable jacket p

Claims (1)

and protection elements -1 (VAT/TAT/YAT) cable mount JS is configured to mount a cable mount (077) fiber optic cable (¢ (0) to fixture (0) [EV [YY] (0) includes cable anchor :(VAT[TAT[YAT]) cable mount front end (1) 1/0 (V1) rear end o(VIA/OVA) and longitudinal channel (+) VY [TTY [oYAJOY] extending between front end (7736/5936) and rear end (778/518);_identifies_longitudinal channel (VY 0/1772 70/5 70) Two upper and lower transverse walls (0177/771/117/111/871) and a wall Vertical Splitter (1775/1725/575) Linear Channel 4) (YY 1/17 Y/OYA[OY] to receive part of a cable ¢(21 ¢) fiber optic cable Reinforcement pocket (VYE/0VE) for receiving the stiffener (01) in a fiber optic cable 0 (¢) (0) Reinforcement pocket (; 77 57/4) placed on the opposite side of the wall Divider (775/7175/575)_from Longitudinal Channel (770/177/5748/578); Connects to member pocket Reinforcement. ge (70/177/*748/570) Adsl stall ae (VYEfoYE). (777/179/579) fitted on the partition wall (5/6175/5725); strength member clamp (7177/577) configured to clamp stiffener 0 (271) in fiber optic cable (514) against axial pull out relative to ¢(VAT[TAT[YAT) cable mount). and JS management assemblies in the form of pulleys (YYVATY) that define at least one assignment (YAY[0£A) between them which connect with the longitudinal channel (7/574/570 0/17) (VY) to manage and direct Optical fiber (270) extending from jacket (VA4/0YY) of fiber optic cable 00 6ft8 (50) either up or down through it, in which the cable mount is configured (745/17/75)_Also enables optical fiber routing (oF) through longitudinal channel (771/177/578/57) all the way from rear end (778/518) to front end NAARTRY! soy — \ because "- (VAT/1AT/YAT) cable mount JS mount per claim 0 also includes a mount mount for mounting the (YAT/TAT/YAT) cable mount to mount (21/4/7) ).”- (VAT/TAT/YAT) cable mount per Clause 7; In it, the mounting assembly is configured to select a sliding interlock with the clamp (Ye / £Y Al Ye °). - (YAT/TAT/YAT) cable mount JS mount according to the security element; In it, the sliding gear was specified with Ganvarian force fittings (YYO OXY YAN) 0 #- (VAT/TAT/YAT) cable mount JS according to the oF element in which the VV [oY strength member clamp is specified in the (YY£/oYY) insert part From the Sa (VAT/TAT/YAT) cable mount does not interfere with the slide-in installation of the (YAT/TAT/YAT) cable mount to the (21/4/7) mount. Yo +- (VAT/TAT/YAT) cable mount JS according to claim 1 in which the strength member clamp (7/5771) with (Ve) [oTA] base is specified For cable mount (VAT[TAT[/YAT]) cable mount #40 (750/540) clamped to base (Ve [oYA) with at least one clamp fastener (157/547). Yo 7- (VA) cable mount JS is installed in accordance with Clause 1 in which the cable management fixtures are in the form of Rollers (VYY) specifying at least one Lad (VAY) post between which they are permanently installed To remove to the base part (700) cable mount (YA1). (YYY) | © Removable to the base part (Vo) by means of a geared coupling. repeat 4- (VAT/TAT/YAT) cable mount JS according to Clause 11 in which the longitudinal channel (70/177/57/570) is specified for the jacket channel (770/177/570) sya for the rear end (7118/51) for cable mount (YAT[TAT[YAT) cable mount and fiber channel (VO [oYA) adjacent to front end) 1/0171 (VY for cable mount) (145/13/73) ); oo jacket channel (70/177/570) configured to receive jacket (195/577) fiber optic cable (20) cable and fiber channel (Yoa[oYA) configured to receive optical fiber optical fibers (oF) extending from jacket (795/577) fiber optic cable (214).-0 cable mount (187) per claim 0 includes Also OS 0 Mountable Routing Part (TAS[TAY) in Front End Longitudinal Stall (177/7177)» Mountable Cable Routing Part (185/1487) configured to mount away from the mount (0)1 To move a part of the fiber optic cable Ji (0) selectively toward and away from the fixture (1 (4) 11- Method for fixing a fiber optic cable reinforcement member (OY) cable e (£ (0) to fixed Vo (10/7/1049*)); 78/25 01) for (YAT/TAT/YAT) cable mount to be on the mount [EY [VY 1) (0) where it specifies the longitudinal channel (0 77/57 7/5 0/17 (YY upper and lower transverse walls (777/771/117/111/971) and sage aude wall (5/175/5725); 0 - - insert the stiffener (oY) of the fiber optic cable (¢ (0) through dans (77/777/5797)_on_Vertical Partition Wall (775/175/575) into a pocket (YY 4/27 5) placed on opposite side of partition wall (775/7725/575) of the longitudinal channel of [oYA[oY] JHAL 77 - Stiffener Clamp (oY) from JS Optical Fiber ua (0) ¢) fiber optic cable YO Coaxial withdrawal relative to cable mount ((YAT[TAT/YAT) cable mount) Dhoom - Routing of optical fibers (oY) extending from the jacket (Vaa/oYY) of the fiber optic cable (¢ (0) either up or down through at least one slot (VAY/[o £A) specified between JS drive assemblies in the form of rollers (7797/171) or through the longitudinal channel (771/177/574/57) all the way from rear end (778/517) to end 0 Front (76/515). -1" protection element method 01 in which the fixture is (5001/410/701) an optical fiber distribution element determined by a frame (0) YY /Y and tray (?7 /?77) ALE to slide relative to the chassis (1/11) ye (VY) protection element method (OY). [EN [YY YE] protection pale method OY in which the cable mount (VATTATIYAT) 0 is slid-mounted to the AON EN YY fixture YO protection element method NE in which the cable mount (YAT/TAT/YAT) is slid-mounted to the mount (0 [YY 81+ (0)) by means of interlocking features (YYO[OYY YAN) 0 7 - Clause 10 method, in which the stiffener (OV) is clamped between the (Ve) [oYA] base specified by the cable mount (VAT[TAT/YAT) and mounting plate (VE fot) secured to the base (701/5778)_with at least one clamp fastener (17 7/5 1). Prepared _ Ad A Fr i a . Ye 6 a ee vi 3s Sine LTE g ; ng td EE Hoa fe, / / = LE - for as-Salmi b-mi wn SN We died qa . SRT SID EE, Fe Pgs = A AE AE AA AAT The A / YE AE AE Dats Lma pa a a a l gen a r a ve 1 ¥ * a to iF ols ld aa gw Say v S pa gS es Sh A to t a to Say l l op ara {es EIT Ae en gl TTR en a Le VU EN a Ce SQ ETRE en A ee CEE Pubs SU te SY SNOW go che dX # a SF CEE eng Ra Pay RR my pain CE Cry PR SE dad i EE SU LE Edek Aada AF SA SF EE Eee L SA ano TEAR eas De Pl Aaa is Aa PPI SE a Tole Puma rr Vv a A A 0 TPR Hay Lamtki Al Rak Ai © Ra LA Aa SC Ara B Mag A Aa YA TUREREE ST fe CL IN 4 Snag, mood SE en ER a [Et IESE B 0 TER Fre, 5 YA TUREREE AEE ya re Teil Ti FEEL FT TT ES ea J and MENT EI Fetter ey Tred Er COE Sun tt 88 i aE i A . 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